Examines proven strategies designed to help learners achieve greater personal, academic, and professional success. Learners will apply personal responsibility thinking and behaviors; self- management, awareness, and motivation strategies; as well as interdependence skills to develop a proactive life plan.

Introduces basic knowledge and skill development of technical drawing with emphases on freehand sketching and introductory CAD drawing.

Expands basic knowledge and skill development of mechanical drawing. Emphasis is placed on fits and tolerances, geometric and positional dimensioning and tolerancing, assembly and detail drawings and parts lists.

In this course, you will be involved in the in-depth examination of manufacturing materials related to the ultimate design decision involved in part and product design. You will learn the principles and theory of the methodology of material selection, the properties of materials, the structure of materials and specific materials and their function in product application.

Examines precision measurement tools and explores material removal processes, testing techniques and finishing methods as well as rapid prototyping and 3D printing. The learner will consider how these processes influence design decisions and influence part and product design.

Explores use of computer software, especially spreadsheets, to perform engineering and design calculations learned in the prerequisite courses. The learner will use software applications currently being used in the engineering field and explore the interaction between various calculation and spreadsheet software and CAD applications.

This course offers algebra content with applications and an introduction to functions and complex numbers. Content builds upon the arithmetic of real numbers by using variable equations to solve problems. Topics include graphing and finding algebraic solutions for linear equations and inequalities, quadratic, exponential, polynomial, radical, and rational equations.

This course covers skills needed for success in Calculus and many application areas at the baccalaureate level. Topics include the real and complex number systems, polynomials, exponents, radicals, solving equations and inequalities, relations and functions, systems of equations and inequalities, graphing, and conic sections.

Presents the applications and theory of basic physics principles. This course emphasizes problem-solving, laboratory investigation and applications. Topics include unit conversion and analysis, vectors, translational and rotational kinematics, translational and rotational dynamics, heat and temperature and harmonic motion and waves. Keywords: Gen Phys, Physics

Emphasizes understanding basic physics concepts through laboratory investigation and applications. Topics include kinematics, dynamics, work, energy, power, temperature, heat, waves, electricity, magnetism, electromagnetic waves, optics, and atomic and nuclear physics.

Explores the fundamentals of geometric dimensioning and tolerancing (GD &T) using the ASME Y14.5-2009 standard. Dimensioning and tolerancing terms, symbols, definitions, and concepts are covered. The course provides the understanding required to apply GD & T to mechanical drawings and designs and incorporates this foundation into part inspection.

Develop a thorough understanding of the statics and mechanics principles that are of paramount importance for learners in the engineering and technical programs. Mechanics is the branch of physical science that deals with state of rest or motion under the action of forces. Mechanics is the foundation for most engineering sciences and an indispensable prerequisite to most engineering or technical courses. In this course, you will develop a thorough understanding of the statics and mechanics principles that are of paramount importance for students in the engineering and technical programs. You will then apply these mechanics principles in various assignments and projects.

Introduces the student to the fundamentals of manufacturing processes used in the manufacture and design of products. Metal casting, powder metallurgy, bulk forming (forging, extrusion), sheet metal forming (rolling, drawing, bending), and joining processes are introduced. The course focuses on the materials, properties, capabilities, equipment, and design considerations for each process.

Introduces the learner to basic SolidWorks commands to produce 3-dimentsional parts, assemblies and engineering drawings. The learner will master beginner level commands and have a thorough understanding of the basic operation of the software.

Introduces the learner to intermediate SolidWorks commands to produce 3- dimensional parts, assemblies and engineering drawings. The learner will utilize and practice their existing beginner level commands and skills while mastering intermediate level skills with an emphasis on mechanical engineering drafting and design. Upon completion the Learner will have an opportunity to take the SolidWorks Certified Associate Exam (CSWA) to obtain a highly recognized credential known worldwide.

Analyzes the concepts of quality systems, studies the requirements of the ISO 9000 standard, prepares quality procedures, and develops skills on how to apply to actual organizations. To achieve a level of product quality that satisfies the customer, each organization must develop a management system to assure that quality. Driven by customer demands for better quality, these systems have evolved into general management systems that involve all members of an organization in achieving customer satisfaction.

This course introduces the study of diversity from a local to a global perspective using a holistic, interdisciplinary approach that encourages exploration and prepares students to work in a diverse environment. The course introduces basic diversity concepts, examines the impact of bias and power differentials among groups, explores the use of culturally responsive communication strategies, and compares forces that shape diversity in an international context.

Introduces students to the fundamental sociological concepts, including sociological perspectives, research methods, the significance of culture in society, and the socialization process. Other topics include deviance, the impact of groups on behavior, societal inequities, global changes, the role of social institutions, and social stratification

Develops writing skills which include prewriting, drafting, revising and editing. A variety of writing assignments are designed to help the learner analyze audience and purpose, research and organize ideas and format and design documents based on subject matter and content. Also develops critical reading and thinking skills through the analysis of a variety of written documents. Keywords: Written Comm, Comm, Writing

Learners develop and apply skills in all aspects of the writing process. Through a variety of learning activities and written documents, learners employ rhetorical strategies, plan, organize and revise content, apply critical reading strategies, locate and evaluate information, integrate and document sources, and apply standardized English language conventions.Keywords:English Comp, Comp 1, E Com, English 1, English

Introduces the fundamentals of machine design and power transmission. The different types and capabilities of power transmission components (chain and belt drives, coupling, clutches, brakes, gear reducers, bearings, and electric motors) are introduced. The student will be  capable of proper selection of commercially available power transmission components into systems using the principles of power, torque, and speed.

Introduces the 3-dimensional modeling software Inventor to create solid part models, sheet metal and assemblies. The learner will create parts and assemblies as well as related 2D working drawings, bills of materials and animations. Learners will practice their skills on a variety of projects with various levels of difficulty.

Examines how forces affect machine members and structural elements. The learner will calculate stress and strain, analyze connections and evaluate beams and columns. The learner will use these calculations to determine if a given design will perform or fail.

Introduces the techniques used in the design and analysis of mechanisms with application to machine design. Graphical and analytical methods are presented to study the motion characteristics (displacement, velocity and acceleration) of four-bar linkages, slider-cranks, cams, gears and other special mechanisms. The use of CAD and spreadsheets is emphasized.

Prepare and present written, oral, and visual communication products, including but not limited to instructions, proposals, informal and formal reports. Produce clear, usable communication by incorporating information design principles, arranging content to satisfy diverse audience needs, and presenting visuals for various contexts. Designed to develop collaborative communication practices, information literacy skills, and ethically responsible professional communication strategies.

Analyzes the philosophies and strategies the American industry has been focusing on to improve the quality of their products and services. In this learning plan, the learner will explore their personal philosophy on Quality, the cost of quality, total quality management, and nonconforming products and materials.

Explores the relationship between the general principles of psychology and our everyday lives. Students are given the opportunity to achieve a deepened sense of awareness of themselves and others. This understanding enables students to improve their relationships with others at work, in the family and in society. Keywords: Psych, Relationships, Human Relations, Hr psych

This science of psychology course is a survey of multiple aspects of behavior and mental processes. It provides an overview of topics such as research methods, theoretical perspectives, learning, cognition, memory, motivation, emotions, personality, abnormal psychology, physiological factors, social influences, and development. Keywords: Psych, Intro to Psych

Incorporates the concepts learned in Statics and applies them to 3-dimensional applications. The learner will master the basic concepts of fatigue strength, the use of stress concentration factors, de-rating factors and factors of safety in order to compare design loads to material properties of objects in their actual working environment. The learner will understand all aspects of shaft design and will be able to properly account for all considerations when designing these common machine components.

Introduction to best practices for the efficient and cost-effective design, development and production of products utilizing CAD systems. The course introduces current industry standards in key design processes including project management, team building and collaboration, creativity and innovation, and re-engineering. The learner will utilize industry methods of product design and incorporate design considerations for specific manufacturing processes to complete multiple product design projects, culminating in a final project.

Develops an in-depth understanding of production systems control and planning. The learner will acquire the skills necessary for the design and creation of engineering drawings of production tools and workholder devices such as jigs and fixtures.

Introduces Fluid power systems used in industry. The advantages and disadvantages of fluid power compared to other power transmission systems are examined. The potential dangers are explored and the safety procedures related to fluid power are reviewed and implemented. The application of principles of fluid power transmission and the formulas used in fluid power system analysis and design are experienced in the lab. The fundamental principles, components, symbols and applications of hydraulic and pneumatic fluid power applications are introduced. Basic power and control circuits are developed using computer aided design and simulation software and then connected and tested in the lab.

Complete various projects utilizing intermediate and advanced SolidWorks skills. Upon completion the student will take the CSWA or Certified SolidWorks Exam to gain industry credentials. 

Complete various projects utilizing intermediate and advanced Inventor skills. Upon completion the student will take the Certified Inventor Exam to gain industry credentials. 

Provides the learner with a significant off-campus experiential learning opportunity to make connections between the theory and practice of academic study and the practical application of that study in a professional work environment. Gain  relevant engineering experience and professional connections.

Participate in an in-depth comprehensive design project encompassing all aspects of mechanical design. The skills acquired during the first 3 semesters will be utilized in the completion of the project. The registration for this course is by Instructor approval only when an internship is not a viable option.